Vertical Wind Tunnels using green technology

Thread starter PD Chant
Start date Apr 19, 2016
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Green Technology Vertical Wind Wind generator

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SUMMARY

The forum discussion centers on the design and implementation of a vertical wind tunnel for indoor skydiving, emphasizing the use of green technology to minimize energy consumption. The proposed design requires approximately 2000 to 4000 horsepower for a 6-meter diameter tunnel, significantly more than the 925 bhp needed for a 3-meter diameter tunnel. Participants suggest integrating solar updraft towers and biodiesel engines to enhance energy efficiency while reclaiming energy from the system's moving parts. The conversation highlights the challenges of balancing energy production with innovative, sustainable solutions in the niche market of vertical wind tunnels.

PREREQUISITES

Understanding of vertical wind tunnel mechanics
Knowledge of renewable energy technologies, specifically solar updraft towers
Familiarity with biodiesel engine operation and efficiency
Basic principles of energy conservation and efficiency in mechanical systems

NEXT STEPS

Research solar updraft tower design and its application in energy generation
Explore advancements in gas turbine ducted fan technology for improved efficiency
Investigate the feasibility of using biodiesel engines in high-power applications
Study energy recovery systems in mechanical engineering to optimize power usage

USEFUL FOR

Engineers, renewable energy advocates, and entrepreneurs interested in sustainable design and innovation in the field of indoor skydiving and vertical wind tunnel technology.

May 4, 2016

berkeman

Admin

Thread will remain closed for now. @PD Chant you can PM me to make a case for re-opening the thread. Keep in mind that the PF is a mainstream scientific website, and we do not allow challenges to good engineering work. Engineering is about optimizations.